Two charges are fixed in place on the x-axis as shown. The charge at x = 0 is negative and has magnitude q = 2 μCoulombs (1 μCoulomb = 10-6 Coulombs). The charge at x = d, (d = +12 cm), is positive and has magnitude Q = 4 μCoulombs. Find a point x = xo along the x-axis at which the electric field is zero.

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Two charges are fixed in place on the x-axis as shown. The charge at x = 0 is negative and has magnitude q = 2 μCoulombs (1 μCoulomb = 10-6 Coulombs). The charge at x = d, (d = +12 cm), is positive and has magnitude Q = 4 μCoulombs. Find a point x = xo along the x-axis at which the electric field is zero.

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Zero of E field from Two Charges
x=+d
Two charges are fixed in place on the x-axis as shown. The charge at x = 0 is negative and has magnitude q = 2
µCoulombs (1 µCoulomb = 10-6 Coulombs). The charge at x = d, (d = +12 cm), is positive and has magnitude Q = 4
µCoulombs. Find a point x = x, along the x-axis at which the electric field is zero.
%3D
Xo =
Transcribed Image Text:Zero ZERO BASE Welcome to this IE. You may navigate to any page you've seen already using the IE tab on the right. Zero of E field from Two Charges x=+d Two charges are fixed in place on the x-axis as shown. The charge at x = 0 is negative and has magnitude q = 2 µCoulombs (1 µCoulomb = 10-6 Coulombs). The charge at x = d, (d = +12 cm), is positive and has magnitude Q = 4 µCoulombs. Find a point x = x, along the x-axis at which the electric field is zero. %3D Xo =
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